Teszla
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I want to do a nodal analysis in order to find out the voltage V0.
**broken link removed**
Doing KCL on the node, I get:
\[\frac{V_{0}}{1\Omega }+\frac{V_{0}+3V}{3\Omega }-2A=0\\ \frac{V_{0}}{1\Omega }+\frac{V_{0}}{3\Omega }=2A-\frac{3V}{3\Omega }\\ \frac{4V_{0}}{3\Omega }=1A\\ V_{0}=\frac{3}{4}V\]
This is obviously wrong though. How would the correct expression be? Do I need to analyse several nodes?
**broken link removed**
Doing KCL on the node, I get:
\[\frac{V_{0}}{1\Omega }+\frac{V_{0}+3V}{3\Omega }-2A=0\\ \frac{V_{0}}{1\Omega }+\frac{V_{0}}{3\Omega }=2A-\frac{3V}{3\Omega }\\ \frac{4V_{0}}{3\Omega }=1A\\ V_{0}=\frac{3}{4}V\]
This is obviously wrong though. How would the correct expression be? Do I need to analyse several nodes?
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